Microelectrode arrays (MEAs) are of great interest for in vitro and in vivo electrophysiology
as they can record and stimulate neuronal populations, paving the path for novel treatment …

The brain is the most complex organ of our body. Such a complexity spans from the single-
cell morphology up to the intricate connections that hundreds of thousands of neurons …

Micro-sized electrodes are essential for highly sensitive communication at the neural
interface with superior spatial resolution. However, such small electrodes inevitably suffer …

Bioelectronic devices, interfacing neural tissue for therapeutic, diagnostic, or rehabilitation
purposes, rely on small electrode contacts in order to achieve highly sophisticated …

The development of microelectrode arrays (MEAs) along with complementary advances in
electronics, mechanics and software to connect with these arrays has led to the in vitro …

Neural electrodes are essential for nerve signal recording, neurostimulation,
neuroprosthetics and neuroregeneration, which are critical for the advancement of brain …

Implantable medical devices are now in regular use to treat or ameliorate medical
conditions, including movement disorders, chronic pain, cardiac arrhythmias, and hearing or …

During the past decade, neural interfaces have attracted great interest due to their potential
of body-machine communication for disease diagnosis and therapy. Considering the …

The mechanical stability of implant coatings is crucial for medical approval and transfer to
clinical applications. Here, electrophoretic deposition (EPD) is a versatile coating technique …

Patients suffering from conditions such as paralysis, diabetes or rheumatoid arthritis could in
the future be treated in a personalised manner using bioelectronic medicines (BEms)(Nat …